MAT 615: Topics in Algebraic Geometry
Announcements
- Welcome to the course!
- On February 7, I will be late for my office hours.
About the course
The topic this semester is abelian varieties. We'll discuss the general theory, both from the analytic and algebraic point of view. I also plan to talk about derived categorys of abelian varieties, and about Deligne's theorem on absolute Hodge classes.
Time and location
We meet on Tuesday and Thursday, 11:00am–12:20 pm, in room Physics P–127.
Office hours
My office hours are Friday, 9:30–12:30am.
Lecture notes
The topics covered in each class will appear below. Click on a link to download the notes for that particular class.
Week | Dates | Topic |
1 | January 28 | Lemniscate, doubly periodic functions, elliptic curves |
January 30 | Compact complex Lie groups, compact complex tori | |
2 | February 4 | Holomorphic line bundles, Appel-Humbert theorem |
February 6 | Sections of holomorphic line bundles | |
3 | February 11 | Polarizations, Jacobians, morphisms |
February 13 | Translations, Lefschetz theorem | |
4 | February 18 | Principally polarized abelian varieties, isogenies, Poincaré theorem |
February 20 | Abelian varieties, rigidity theorem | |
5 | February 25 | Cohomology and base change, Seesaw theorem |
February 27 | Theorem of the cube | |
6 | March 4 | Theorem of the square, K(L) and ampleness |
March 6 | Torsion points, supersingular elliptic curves, quotients by finite groups | |
7 | March 11 | The dual abelian variety (in characteristic zero) |
March 13 | Properties of the dual abelian variety, seesaw theorem for schemes | |
8 | March 25 | Group schemes, the dual abelian variety, cohomology of the structure sheaf |
March 27 | Derived categories, derived functors | |
9 | April 1 | Grothendieck duality, Mukai's Fourier transform |
Suggested reading
- Abelian varieties (by David Mumford)
- Complex Tori and Abelian Varieties (by Olivier Debarre)
- Abelian Varieties (by J.S. Milne)
- Fourier-Mukai Transforms in Algebraic Geometry (by Daniel Huybrechts)
- The Fourier-Mukai transform made easy
- Notes on absolute Hodge classes (by François Charles and myself)